CRAC library / stable IDR(s) / Delft Institute of Applied Mathematics / Delft University of Technology / Delft Institute of Applied Mathematics Delft / DELFT UNIVERSITY OF TECHNOLOGY REPORT / /
IndustryTerm
bi-ortho algorithm / large sparse symmetric linear systems / parallel computing / large nonsymmetric systems / matrix-vector product / a-synchronous algorithm / target hardware / inner systems / inner products / slower communication network / particular computational hardware / asynchronous algorithm / approximate solution / dedicated parallel computing / final solution / minsync algorithm / parallel iterative asynchronous applications / matrix-vector products / grid computing / local inner products / iteration step inner products / communication networks / large nonsymmetric linear systems / biortho algorithm / /
NaturalFeature
Solve Mt / /
Organization
Department of Applied Mathematical Analysis Delft / Delft Institute of Applied Mathematics / DELFT UNIVERSITY OF TECHNOLOGY REPORT / DELFT UNIVERSITY OF TECHNOLOGY / Delft Institute of Applied Mathematics Delft / /
DELFT UNIVERSITY OF TECHNOLOGY REPORTExploiting the flexibility of IDR(s) for grid computing Martin B. van Gijzen and Tijmen P. Collignon